 Arch Rock PhyNet Server manages interconnected collections of IP-based wireless sensor networks (WSNs) using a common web services architecture and web browser interface. Arch Rock IP-series nodes can be located throughout a building, machine room or harsh outdoor environment and be connected to PhyNet Server via standard IP networking.
Arch Rock PhyNet™ Server
The PhyNet Server presents node data on a web-based user console that lets users setup, monitor and manage multiple WSNs. One PhyNet Server supports one or more PhyNet Routers on the same local area network (LAN) or across multiple networks with the following services:
- Translate embedded sensor applications into web services
- Provide a web-based console for the setup, diagnostics and management of multiple WSNs.
- Display a deployment map
- Discover, register, move and configure nodes; enable/disable sensors or show their battery status
- Re-program heterogeneous nodes with pre-compiled embedded applications Over-the-Air (OTA)
- Access and setup PhyNet Routers
- Graphically display performance statistics; and set reporting intervals, thresholds and alerts
| Features |
Benefits |
| An intuitive web interface that supports the management of the entire network lifecycle, including commissioning, deployment, configuration, monitoring, and control |
Convenient administration of the wireless sensor network from any IP-based client device with a web browser |
| XML web services APIs that provides access to sensor data and actuator control from a variety of popular application development environments |
Mashup data and devices traversing disparate media links over a reliable IP-based protocol |
| IPv4 and IPv6 support that includes an IP address and a DNS hostname for each node |
The capabilities of the embedded network of intelligent nodes are easily accessible over conventional IP-based networks |
Individuals and organizations use PhyNet™ Server to:
- Management of the entire lifecycle of the IP-based wireless sensor network through an easy-to-use web browser interface
- Data archiving, presentation, visualization and analysis of multiple sensor data streams
- Central management of remote collections of IP-based wireless sensor networks
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